Data Acquisition & Control Systems

Data Acquisition & Control Systems form the basis of many modern measurement, instrumentation and online-monitoring systems with a combination of electrical, physical, industrial measurement capabilities.

DAQ Is in Our DNA!

From flexible setups to rugged performance in tough environments, NI DAQ solutions are built to meet every measurement need.

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Testimonials

Configuration-based, Turnkey Data-Acquisition Systems with Cloud Measurement Capability

This demonstration shows how you can use GI.bench to build a complete turnkey, configuration based DAQ system that integrates physical...

Software-Defined Modular Data-Acquisition Systems for PC-based Data-Acquisition and Control

An overview from NI on the different platforms used for Data Acquisition and the software used to program them for...

Online-monitoring for industrial machinery

NI CompactRIO serves as a great platform with real-time embedded capability, ruggedness and uses all the same modules as NI...

Solutions

NI new suite of Ethernet cDAQ products

Introducing the Ethernet cDAQ chassis (cDAQ-9183/9187) and the NI 9204 module, along with three bundles tailored for thermal, vibration, and structural testing. These new offerings provide an affordable entry point for simple DAQ systems, offering engineers cost-effective and efficient solutions for their testing needs.

Choosing a CompactDAQ Synchronization Technology

Choosing synchronization technologies depends on distance between nodes, synchronization accuracy requirements, platform support, technology availability, and more. This article describes synchronization recommendations and the breadth of options on the CompactDAQ platform.

Time-based Synchronization

Time-based synchronization and signal-based synchronization are two distinct synchronization paradigms you can use to synchronize measurements with C Series modules. This document discusses time-based synchronization.

Signal-based Synchronization

Time-based synchronization and signal-based synchronization are two distinct synchronization paradigms that you can use to synchronize measurements with C Series modules. This document discusses signal-based synchronization.

Condition Monitoring for Industrial Manufacturing

Remote sites, harsh environments, and small maintenance teams challenge production uptime. Online condition monitoring technologies help engineers find, diagnose, and prioritize problems from manufacturing lines across the whole company.

Data Logging

By quickly logging and reviewing test data, you can isolate product defects, make timely adjustments, and meet your design and time-to-market requirements.

InsightCM™

InsightCM is application software for condition monitoring with full access to waveforms, multiple sensor technology inputs, enterprise software connectivity, and analytics packages.

Sound & Vibration

Sound and vibration products interface with microphones and accelerometers to acquire acoustic and vibration signals. Use these products for audio test; machine condition monitoring; and noise, vibration, and harshness (NVH) applications.

Power System Controls

The recent shift away from centralized generation to distributed generation power infrastructure with the adoption of two-way digital communication technology, such as Smart Grid, has resulted in significantly more complex control systems on the grid.

Power Test Solutions

GW Instek introduces LinkVIeW software to allow users to quickly set test instruments for the operation of charging and discharging tests on battery and super capacitor, etc.

Products

Programmable Test & Measurement Hardware

HIL (Hardware-in-the-Loop)

Test & Measurement Software

Resources

Explore a variety of resources developed by industry experts, including whitepapers, case studies, application notes and more.

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